Suggested metals to use, Iron chathode and a platinum aniode with a silver/copper central winding. The surrounding solution is an electron rich mercury kept in a liquid state by being kept under presure with an inert gas simular to argon. This is to keep electrons attached to the mercury surface and keep it acting as a capacitor would.

The eletromagnetic eggs are then placed in paired circular pyrex tubes where they float on the mercury. They are then pulled around by an eletromagnetic stator aragement that pulls a small amount from the starting battery. Then like an alternator the magnetic eggs create atracting magnetic fields which are colected by a virtical copper/silver winding located between the pyrex tubes. This in turn generates DC current which is stored in the capacitor.

The more energy stored in the copacitor the more abundent the electrons and the more effective the Galvanic anode system works. This creates a strong reliable eletromagnetic field, with little energy loss. The resistivity of the materials and the opposed forces given off the magnetic winding (if wound properly and not in reversed fasion to the direction of rotation) create little ohm resistance. So predicting an energy loss of about 16% - 28% to the void if the system can maintain a constant cold temprature, maybe even better then those numbers.

It should also be noted that the cathode and anode are to be swapped depending on if they are in the outter ring or inner ring. Because energy flows from high to low, like heat hense why thermal dynamics take part.

That electrons also take the shortest path, if they wont take a skip n a hop threw the egg when flowing threw the mercury. Another sugestion to look into is using AC and some diodes that convert it back to DC in the eggs so that they dont wabble out of pair. However it would only be active 1/2 the time. So it could be posible to double the tubes, so that they fire in a rotating diagnal. It's kinda like an electro magnetic 4 cylender car. -lol

And mercury is its oil.

closed-Cycle space power systems will employ liquid metals and possibly other in-organic fluids as the cycle working fluid. One of the...